P170 Swash Plate Aluminum Pump with Perpendicular Shaft for High Pressure Cleaning Machines

This P170 specification swash plate pump serves as a mechanical accessory replacement for gasoline-powered high pressure cleaning systems requiring perpendicular shaft alignment. With its cast aluminum construction and specific performance ratings, it provides a direct replacement component for pressure washers where the original pump requires maintenance or upgrading. The perpendicular shaft design allows for compact installation in cleaning equipment where space considerations dictate direct mechanical connections rather than angled power transfer systems.

Features and Construction

The pump incorporates several design elements that make it suitable for pressure washing applications where reliability and compatibility are essential considerations.

Material and Build

The cast aluminum pump body offers corrosion resistance appropriate for systems regularly exposed to water during high pressure cleaning operations. This material choice provides structural integrity without excessive weight, making it suitable for both stationary and mobile pressure washing equipment. The aluminum construction withstands the mechanical stresses involved in pump operation while resisting corrosion from water exposure common in cleaning applications.

Size and Practical Fit

As a P170 specification component, this pump matches specific dimensional requirements for compatible pressure washing systems. The perpendicular shaft alignment allows for direct connection to gasoline power sources without requiring additional gearing or transmission components. This design simplifies installation in existing equipment where space constraints limit the availability for complex power transfer mechanisms between the engine and pump components.

Uses and Placement

This pump component serves specific roles in both professional and domestic pressure washing equipment where reliable water delivery is essential.

Event or Professional Use

For commercial cleaning operations, the pump's 0.72 rated flow with 20 rated lift capacity provides sufficient pressure for surface cleaning tasks including vehicle washing, building exterior maintenance, and industrial equipment cleaning. The gasoline-powered compatibility makes it suitable for mobile cleaning units used in locations without immediate electrical power access. The cast aluminum construction withstands regular use in demanding professional cleaning environments.

Everyday Home Use

In domestic settings, this pump serves as a replacement component for gasoline-powered pressure washers used for driveway cleaning, deck maintenance, and outdoor surface preparation. The perpendicular shaft design allows for straightforward installation in consumer-grade pressure washing equipment where mechanical simplicity supports reliable operation. The 2.2 rated power requirement matches common small engine configurations found in home cleaning equipment.

Benefits and Buying Value

The pump offers practical advantages for equipment maintenance and system compatibility in pressure washing applications.

Reuse and Low Maintenance

As a replacement component rather than a complete system, this pump extends the service life of existing pressure washing equipment. The cast aluminum construction requires minimal maintenance beyond standard lubrication and occasional seal replacement. The perpendicular shaft alignment reduces wear on connected components by providing direct mechanical transfer without intermediate gearing systems that might require additional maintenance attention.

Why Choose This Product

This P170 specification pump provides exact compatibility for pressure washing systems designed around this specific component configuration. The cast aluminum material offers appropriate corrosion resistance for water-based applications without the premium cost associated with stainless steel alternatives. With its gasoline power compatibility and perpendicular shaft design, it serves as a practical replacement solution for equipment requiring this specific mechanical configuration rather than attempting to adapt incompatible pump designs.